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Building a prototype is the first step of a successful product development project. If the prototype works well, your patent application will be easily accepted by the U.S. Patent and Trademark Office will easily accept your patent application. A prototype will also help you demonstrate the idea within the company in an effective manner. Moreover, …
Rapid prototyping refers to an iterative approach to product design which includes various steps involved in product design such as preparing the prototype, product testing and review, and refinement. Today, rapid prototyping has become increasingly popular among large and small-scale businesses because of its convenience, flexibility, and cost-effectiveness. Is Rapid Prototyping a Good Idea? Despite …
3D printing has become a buzzword in the manufacturing industry because of its fast production and vast design possibilities. Let’s have a look at some pros of the 3D printed prototypes that gives them an edge over traditional manufacturing methods. Flexibility 3D printing offers more flexibility as compared to other prototype production methodologies. Typical manufacturing …
With the unprecedented technological advancements in recent years, businesses have a wide range of possibilities for product developments. From product design to manufacturing, every step has become highly convenient and fast. Still, many businesses fail to effectively turn their business idea into a reality. In this piece, we’ll discuss top product development pitfalls and how …
Common Product Development Mistakes and How to Avoid Them Read More »
Injection molding is a manufacturing process that’s been around for quite some time. For many products, it’s the cheapest, fastest, and easiest way to produce thousands or millions of identical pieces. Injection molding machine operators have a lot of control over how well their machine operates and whether or not defects are produced. Defects in …
Finite Element Analysis (FEA) is the process used to predict the performance of physical objects by solving linear systems of equations that describe stress, deformation, and other physical behavior. This blog post discusses different applications of FEA. The Two Types of FEA There are currently two main types of FEA: deterministic (or analytical) FEA, which …
Have you heard about rapid prototyping — the design-focused process that speeds up production by quickly producing low-resolution models of a design or solution? Let’s have a look at the benefits of using this approach. Lower Development Cost It is more cost-effective to develop a prototype than it is to develop an actual product because …
Over the past few years, 3D Printing has been rising in popularity. From large corporations to small businesses, almost every other business can benefit from 3D Printing. This blog post will highlight some of the innovative ways businesses can use 3D Printing. Creating Prototypes It’s never a good idea to launch a product without first …
Mechanical design flaws can lead to accidents and product failures that not only result in heavy losses, but also harm a company’s reputation. Any flaws in product design in the automobile, aerospace and construction industries can even result in loss of lives and put the company in trouble. Hence, it’s important to hire a mechanical …
3D printing has revolutionized the world. The 3D printing process allows ideas to be turned into digital designs. These designs are then transformed into 3D printed prototypes instantly. Combined with additive manufacturing, experts believe that 3D printing can help solve two of the world’s most significant issues: housing problem and the energy crisis. How 3D …
Top 5 Engineering Problems Solved By 3D Printing Read More »
Finite element analysis is a technique used to evaluate how an object reacts or responds to different things around it such as forces, heat, vibration, or physical effects. It does so by breaking up the object into small chunks, or ‘elements’, and then calculating the forces acting on each one to find out how each …
Fundamentals of Finite Element Analysis: A Complete Beginner’s Guide Read More »
3D printing has taken the world by storm in the last decade. Although 3D printing technologies have existed as far back as the 1980s, advancements in technology have made 3D printing a viable option. Today, 3D printing is not only used for prototyping, but full-scale industrial applications. Combined with additive manufacturing, many industries are relying …
Rapid prototyping refers to utilizing low-cost advanced design tools to rapidly produce physical and digital prototypes of a product. The mock version of the final product is then used by various project team members, including engineers, designers, strategists, and managers, to provide feedback. Implementing rapid prototyping at an early phase in the development process can …
Benefits of Using Rapid Prototyping in New Product Development Read More »
Rapid prototyping is a process that’s used in the mechanical engineering design industry to create quick, tangible and unique models of any concept. This blog post will explain what rapid prototyping means, how it works, and some of its benefits. What is Rapid Prototyping? Rapid prototyping is the fast fabrication of any physical part, product …
Rapid Prototyping: Meaning, Process, and Benefits Read More »
Injection molding is the preferred process in the plastic manufacturing industry. Injection molding refers to the manufacturing process of identical plastic parts by melting polymer granules and injecting them under pressure into a mold. The liquid plastic in the mold is then cooled until it becomes solid. Injection molding is widely utilized, and most of …
If you’re in the product development stage of your project, plastic injection molding can come in handy, for it leads to minimal material wastage. Here’s a list of four injection molding basics that you need to know as someone new to the procedure. 1. Design: You need to be extra careful when designing your product …
In A Nutshell: 4 Plastic Injection Molding Basics Read More »
Do you have the perfect product design ready? Before forwarding it to manufacturing, it’s always a good idea to create and test a prototype. When it comes to creating custom product prototypes, 3D printing and injection molding are two of the most widely used methods. Here’s a list of benefits of prototyping your product if …
Finite Element Analysis (FEA) has been the go-to where prototype modeling and testing for a few years now. Despite being a virtual software, it provides life-like assessments of whether a design would work, and enables sectors to reduce the number of trials a physical model must go through. Here’s how FEA works to produce enduring …
How to Strengthen Vehicular Chassis Using Finite Element Analysis Read More »
SOLIDWORKS simulation is a way to test prototypes virtually as CAD models to anticipate how they’ll work in the real world. A Finite Element Analysis (FEA) is just one approach that makes it possible. In order to understand what that means, a basic understanding of the two concepts is required. Here’s what SOLIDWORKS CAD and …
The Relationship Between SOLIDWORKS Simulation and Finite Element Analysis Read More »
Aesthetic colors can stimulate creativity in injection molding. While the boring translucent or brown molded plastic may be suitable for the majority of the tasks, some projects require the material to have more color. Let’s talk about the importance of colored resin in plastic injection molding here: 1. The Look: While pleasing aesthetics may seem …
The Importance of Colored Resins in Plastic Injection Molding Read More »
